Construction Support
MIMTec's Construction Support service provides essential engineering guidance and expertise throughout the yacht building process, ensuring a seamless transition from design to fabrication. We act as a vital link between the drawing board and the shipyard floor, offering practical solutions and detailed specifications that optimize efficiency, reduce errors, and uphold the highest standards of quality. Our goal is to streamline production, ensuring that the final vessel accurately reflects the sophisticated engineering intent.
Aaccurate creation of molds and components. Our expertise helps define the optimal methods and parameters for preparing surfaces and generating tooling, which is critical for achieving the exact dimensions and flawless finishes required for high-quality yacht construction, particularly in composite and metal fabrication.
Tooling and Milling
Translating complex engineering designs into clear, detailed, and actionable instructions for the production team. These comprehensive drawings include all necessary dimensions, tolerances, material specifications, and assembly sequences, minimizing ambiguity and ensuring efficient and accurate fabrication and assembly on the workshop floor.
Workshop Drawings
Materials & Manufacturing Processes
We offer expert guidance on Materials and Manufacturing Processes to optimize production efficiency and quality. This involves advising on the most suitable materials for specific construction applications and refining manufacturing techniques to enhance performance, reduce waste, and improve cost-effectiveness. Our support ensures that the chosen processes align perfectly with the design intent and material properties.
For composite construction, our Infusion Lines Dimensioning service is crucial for achieving consistent and high-quality laminates. We meticulously design the layout and sizing of resin infusion lines, ensuring uniform resin flow throughout the mold. This precise engineering prevents dry spots and voids, guaranteeing the structural integrity and optimal mechanical properties of infused composite parts.